The temperature of the sun is a constant, constant thing. While it’s usually warm, it’s usually still hot in summer, and it’s still hot in winter. If you can’t tell the difference, then you’re not paying attention.
The sun is a moving object, so it has a “temperature”. The difference between the temperature of the sun and a typical, room-sized indoor space is measured in degrees Celsius. A standard room temperature is around 25C, and an indoor temperature of 24C is considered cold. Outside temperatures are more difficult to measure. The temperature of the sun is the average of the temperatures of all the air in the region where the sun is shining.
In a typical house, the temperature of the air is higher than the temperature of the sun because the room has a temperature difference between itself and the outside. The sun’s rays can heat the interior of the room (which is the air), but the rooms outside the house can cool the air. This means that the air inside the house is hotter than the air outside, and the temperature difference between the inside and the outside is called the relative humidity of the room.
In this video, Mike has a quick review of a recent experiment that shows how temperature affects blood flow. He explains that after a period of staying at a certain temperature, a person’s blood pressure drops significantly. The blood flow to the brain decreases, because if the brain is not getting enough oxygen it can lead to a reduction in brain activity, and a drop in blood pressure. His conclusion is that the temperature is what determines the blood pressure.
In the video, Mike shares a video that shows what happens when a person is asked to hold his hands at arm’s length. In the video, Mike explains that holding his hands at arm’s length increases blood flow to the hand, which is cool, and decreases blood flow to the thumb, which is warm.
After a while, the brain becomes more “cool” and more “cool”, but more “cool” is what keeps the hand warm. The brain will try to keep the hand warm, but when the brain loses the ability to keep the hand warm it will get colder. The idea is that if a person is held and kept warm and the brain is less “cool” it will get warmer.
The human hand is a pretty good example of the ‘human body is a big fat organ’ trope. Most of the time it is just a small portion of the body that doesn’t have to worry about staying warm. The same is true of the brain. I’m not exactly sure what the point of the video is, but it certainly seems like it’s a cool idea when you think about it.
This video is more about how cold it feels to be cold, but the cold is still not uncomfortable. It’s the cold that makes it feel like you’re about to die.
The human body is a big fat organ. It takes a lot of energy to stay warm. The human brain is like a big fat organ. It takes a lot of energy to stay alive. Now imagine you have no body, and you’re the only one on the planet. Being cold is like a constant reminder that you are not a part of the body, and the feeling of being cold makes you even colder.
The cold is what makes cold weather feel like youre about to be frozen. Cold weather is not unpleasant, but it can feel like youre about to be frozen. That is why it is so important to wear warmer clothing in cold weather. It is difficult to stay warm when you have no body to move heat from.